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■From research and development to satellite operational support, Tamadic offers a wide range of leading-edge technologies

As many as 3,000,000 parts make up a single aircraft. Maximum precision and reliability are absolute requirements in the production of rockets and satellites. Tamadic is known for its ability to spin off technological expertise from the aerospace field into other industries and for its preeminence in high-value added industries. Since its establishment, Tamadic has been involved in the development and manufacture of Japanese-made aircraft and rockets and for the important role it plays in the development of the aerospace field. From its research and development activities drawing on a wide array of analytical and simulation technologies to its in-house manufacturing capabilities for parts and airframe assembly in its engineering division, Tamadic takes the lead in its overall contributions to the aerospace industry.


Contents of business Technology fields
Main Features
Tamadic’s base of operations in Nagoya, which is on a par with Tokyo, is the focal point of the aerospace industry in Japan. Nagoya is where most rockets, aircraft, and other aircraft are manufactured in Japan. Starting with the involvement of Tamadic’s people in projects from the research and development stage, Tamadic is involved final inspections at the Tanegashima Space Center prior to liftoff. Tamadic is now involved in the development of the MRJ Japanese-made jet, and we have also set our sights on a number of other world-class projects.
Design of Manufacturing Equipment
Design of assembly jigs and tools for airplanes, helicopters, and other aircraft; jig design for sheet metal and composite parts; jig design for rocket engines and jet engines; design of production equipment for aircraft and rockets; on-site support for leading-edge manufacturing.
Manufacture equipment plan
Manufacture equipment plan
Product Design
Implementation of product design in the most technically demanding fields, including basic design for rockets and satellites, structural design for the International Space Station, basic design for aircraft and helicopters. Tamadic is a leader in state of the art aerospace engineering.
Product design
Product design
Research and Development and Other Activities
Tamadic has research and development initiatives to study the effects of vibration and impact in rockets, aircraft, helicopters, as well as to characterize aerodynamics, implement performance testing, and to develop, test and analyze flight simulation software. Tamadic also provides facilities support for rocket launchings. Our research and development activities are at the cutting edge of aviation and space technology, contributing broadly to Japan's development of space.
Researching development and the others
Researching development and the others
Contents of business Technology fields
Technology Fields
Strength analysis (B787, HTV, F2, F15, MRJ) Design of rocket and aircraft testing equipment
Flight analysis Design of aircraft manufacturing equipment
Design of aircraft structures (F15, F2) MRJ control design
Vibration testing and data analysis Missile-related software design
Launch site facilities (H2A, H2B, JEM, HTV) Aircraft control design
Design of aerospace structures Design of demonstration aircraft, rotary wing, and models Aircraft interior design
Design of aircraft structures (F15, F4) Rocket flight analysis
Design of aircraft parts Testing, research, and analysis of aircraft and rockets
Design of aircraft equipment (F15, F4, MRJ) HTV design
Design of aircraft electrical systems (F15, F4, SH60K) Space station structural design
Simulator testing (SH60K, F15, F2) Development of flight simulator software
Quality assurance Fixed wing, rotary wing, spacecraft (H2A, HTV, MRJ) Rocket launch facilities support
Design of aircraft structures (F15, F4) Rocket flight analysis
Design of aircraft parts Testing, research, and analysis of aircraft and rockets
Design of aircraft equipment (F15, F4, MRJ) HTV design
Design of aircraft electrical systems (F15, F4, SH60K) Space station structural design
Simulator testing (SH60K, F15, F2) Development of flight simulator software
Quality assurance Fixed wing, rotary wing, spacecraft (H2A, HTV, MRJ)
Rocket launch facilities support Rocket engine development and design
Development and design of airframes Development and design of missiles
Analysis and testing of strength, vibration, impact, and aerodynamics Development and design of electronic equipment
Rocket performance testing support Jig design for rockets and missiles
Analysis and design using FEM  
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